%latex.default(object = (restbl %>% select(-Estimator))[31:54,     ], title = "", file = "tables/FM_france2.tex", label = "tb_FM_france2",     caption = caption, insert.bottom = note2, first.hline.double = FALSE,     rowname = restbl$Estimator, colheads = clabels, rgroup = rgroups[6:9],     n.rgroup = c(rep(6, 4)), rgroupTexCmd = "", longtable = FALSE,     center = "centering")%
\begin{table}[!tbp]
\caption{Results for the study of political devolution and resistance activities\label{tb_FM_france2}} 
{\centering
\begin{tabular}{lrrrrr}
\hline
\multicolumn{1}{l}{}&\multicolumn{1}{c}{ATE}&\multicolumn{1}{c}{s.e.}&\multicolumn{1}{c}{upper bound of bias}&\multicolumn{1}{c}{$\lambda_t$}&\multicolumn{1}{c}{$\lambda_c$}\tabularnewline
\hline
{\ \multicolumn{6}{l}{$\mathbf{12.5 < \textbf{(distance from the demarcation line)} < 27.5}$}&&&&&\tabularnewline
~~\textbf{nDBW DR}&$ 0.25$&$0.34$&$0.16$&$0.09$&$0.03$\tabularnewline
~~MLE DR&$ 0.40$&$0.52$&$0.19$&$$&$$\tabularnewline
~~Calibrated weighting DR&$ 0.33$&$$&$0.20$&$$&$$\tabularnewline
~~CBPS DR&$ 0.44$&$0.58$&$0.19$&$$&$$\tabularnewline
~~Entropy balancing DR&$ 0.22$&$0.27$&$0.17$&$$&$$\tabularnewline
~~Unweighted&$ 0.09$&$0.16$&$0.28$&$$&$$\tabularnewline
\hline
{\ \multicolumn{6}{l}{$\mathbf{15 < \textbf{(distance from the demarcation line)} < 30}$}&&&&&\tabularnewline
~~\textbf{nDBW DR}&$ 0.06$&$0.14$&$0.17$&$0.10$&$0.04$\tabularnewline
~~MLE DR&$ 0.03$&$0.13$&$0.20$&$$&$$\tabularnewline
~~Calibrated weighting DR&$$&$$&$$&$$&$$\tabularnewline
~~CBPS DR&$-0.01$&$0.13$&$0.21$&$$&$$\tabularnewline
~~Entropy balancing DR&$ 0.05$&$0.17$&$0.19$&$$&$$\tabularnewline
~~Unweighted&$ 0.08$&$0.13$&$0.30$&$$&$$\tabularnewline
\hline
{\ \multicolumn{6}{l}{$\mathbf{17.5 < \textbf{(distance from the demarcation line)} < 32.5}$}&&&&&\tabularnewline
~~\textbf{nDBW DR}&$ 0.10$&$0.12$&$0.19$&$0.09$&$0.03$\tabularnewline
~~MLE DR&$ 0.09$&$0.14$&$0.24$&$$&$$\tabularnewline
~~Calibrated weighting DR&$$&$$&$$&$$&$$\tabularnewline
~~CBPS DR&$ 0.07$&$0.13$&$0.25$&$$&$$\tabularnewline
~~Entropy balancing DR&$ 0.12$&$0.14$&$0.22$&$$&$$\tabularnewline
~~Unweighted&$-0.02$&$0.13$&$0.32$&$$&$$\tabularnewline
\hline
{\ \multicolumn{6}{l}{$\mathbf{20 < \textbf{(distance from the demarcation line)} < 35}$}&&&&&\tabularnewline
~~\textbf{nDBW DR}&$ 0.00$&$0.13$&$0.20$&$0.09$&$0.04$\tabularnewline
~~MLE DR&$ 0.02$&$0.15$&$0.23$&$$&$$\tabularnewline
~~Calibrated weighting DR&$$&$$&$$&$$&$$\tabularnewline
~~CBPS DR&$-0.05$&$0.18$&$0.28$&$$&$$\tabularnewline
~~Entropy balancing DR&$ 0.04$&$0.17$&$0.26$&$$&$$\tabularnewline
~~Unweighted&$-0.07$&$0.11$&$0.36$&$$&$$\tabularnewline
\hline
\end{tabular}}
\parbox{0.95\textwidth}
  {Notes: This table presents the results for the municipalities within various distances from the demarcation line 
          estimated with the various methods, 
          where the third column shows the upper bound of bias 
          and the last two columns show the hyper-parameters used for the nDBW DR estimator.
          The blanks for the calibrated weighting DR estimator indicate that it does not estimate weights 
          because of the convergence issue.}\end{table}
